Copper forgings do have some obvious advantages over traditional casting, and the quality is also more guaranteed. First of all, copper forgings are produced through the forging process, and special mechanical equipment and process operations are used in the manufacturing process to make the product have good uniformity and consistency. In contrast, traditional casting often has the problem of large differences in the composition and performance of different batches of products. Secondly, copper forgings have higher strength and hardness, and wear resistance is better than traditional casting parts. This is because the forging process can significantly improve the grain refinement and crystallinity of the material, thereby improving the mechanical properties and wear properties of the material. In addition, the process flow of copper forgings is relatively simple and the processing precision is high. The dimensional accuracy and shape complexity of the finished product can be easily controlled because copper forgings need to go through the forging process of multiple procedures. Compared with the traditional casting, there may be shrinkage holes, sand holes and other defects in the casting process. Finally, the surface quality of copper forgings is good and the appearance is more beautiful. High quality surface finish and shape can be achieved through precision dies and control of appropriate process parameters during forging. Traditional casting often requires subsequent surface treatment, such as grinding, polishing and so on. In summary, compared with traditional casting, copper forgings have obvious advantages, which can not only ensure product quality, but also meet the application scenarios with higher requirements for material properties, geometry and appearance.
